At Reliable Comfort, we’ve been serving the good people of Southern Indiana since 2001, ensuring you have that peace of mind around the clock and in every room of your house. As a family-operated business, we believe in transparency, so we have a 100% satisfaction guarantee. Looking to save a bit? Check out our discounts and financing options — we’ve got your back!
Need HVAC, plumbing, or generator repairs in Southern Indiana? Schedule an appointment or call our licensed experts at (812) 372-8011 today.
Top-Rated HVAC
In Southern Indiana, it isn’t unusual to have your heater on in the morning, flip to air conditioning during the day, and turn it back on at night! Our crazy weather makes having a working HVAC system so important. Whether it’s your furnace or your AC unit, we’ll take care of all your HVAC repairs, replacements, and maintenance.
Heating
- Heating installation: New home? Upgrading? We’ve got your heating solutions. From furnace installation to geothermal heating, our team ensures perfect warmth.
- Heating repair: Whether it’s a furnace repair or heat pump repair, we ensure your heating units are back up and running in no time.
- Heating maintenance: From furnace maintenance to boiler tune-ups, we’ll keep your heating systems performing their best. Join the Comfort Club for even better maintenance deals!
Cooling
- Air conditioning installation: Stay cool with our top-tier air conditioning installation services. Whether it’s a traditional unit or a geothermal system, we got you covered.
- Air conditioning repair: From common hiccups to complex problems, our team is adept at air conditioning repair.
- Air conditioning maintenance: Regular air conditioning maintenance can prolong your unit’s life and save on energy bills. Let us help.
Professional Plumbing
A minor leak can cause immense water damage in a short amount of time, so it’s vital to call a plumber like Reliable Comfort right away. We provide plumbing services, like replacing a burst pipe or fixing a leaky faucet, which can be serious issues if ignored. We also repair gas lines and maintain your drains and pipes so that they flow smoothly.
Got a sump pump? We’ll help you keep it running so you don’t have to worry about a flooded basement. Or if you’re ready to improve your water quality and safety, we can install refreshing water filtration solutions in your home.
Generators
Ever experienced a sudden blackout and wished you were better prepared? With our whole-home standby generators, you won’t have to worry about unexpected power outages or rolling brownouts or blackouts. These generators seamlessly kick in, ensuring your home remains powered and your daily routine undisturbed. It’s not just about convenience; it’s about providing peace of mind for your family.
Considering a generator for your home? Contact Reliable Comfort at (812) 372-8011 for a detailed consultation today.
Why Choose Reliable Comfort?
Here’s the simple truth: You’re not just getting a service with Reliable Comfort. You’re joining a family that cares. With our 100% satisfaction guarantee, your home’s comfort is in trusted hands.
Ready to upgrade your HVAC or plumbing system? Call the Reliable Comfort team at (812) 372-8011 for a no-obligation consultation.
FAQ
What is the average life expectancy of equipment?
Most systems have a lifetime of 10 to 20 years. As your equipment gets older, its efficiency can decrease dramatically. You may notice that it gets noisier and needs repairs more often. When a unit begins to show it’s age, you have two choices. You can overhaul the system or replace it. Because heating and cooling technologies improve over time, a new system designed with newer, more energy-efficient equipment makes sense, especially if your system is 10 or more years old. We can estimate the cost of a new system as well as a payback schedule that will show you how newer technology will pay you back in lower energy usage.
Why should I purchase a service agreement?
Without warranty coverage, a breakdown can mean significant expense in parts, labor, or both. However, with one of our service agreements, you avoid that unexpected significant expense. While no warranty can guard against every possible problem, we can explain the broad range of protection our service agreements afford.
Why should I buy Energy Star labeled equipment?
The average home spends about $1,900 annually on energy bills. Heating and cooling accounts for as much as half of a home’s energy use. The EPA provides important recommendations for energy-efficient equipment, including proper sizing, quality installation and maintenance, and other home improvement considerations to help you get the most out of the heating and cooling products you purchase, save energy, and save as much as 20% annually on your total energy costs.
ENERGY STAR qualified products prevent greenhouse gas emissions by meeting strict energy efficiency guidelines set by the U.S. Environmental Protection Agency and the U.S. Department of Energy.
What does the Energy Factor (EF) on my water heater mean?
The water heater Energy Factor is a measure of the overall efficiency of the water heater. This is determined by comparing the energy in the heated water used daily to the total daily energy consumption of the water heater. The EF can be used to compare the energy efficiency of water heaters. Water heaters with higher EFs will have lower annual operating costs than comparable models with lower EFs. A higher EF signifies a more efficient model. Water heaters with high EF ratings may cost more initially, but save energy and money in the long run. Eventually, they will pay for themselves through a lifetime of energy savings.
Recent Jobs and Reviews in Seymour, IN
Job Locations and Reviews
Responded to no-cooling complaint on Lennox residential air conditioning system. Upon arrival, found outdoor unit condenser fan motor inoperative; manually started fan motor but system still failed to produce cooling. Inspected electrical components and capacitor in control panel, documented existing dual-run capacitor configuration and wiring connections for diagnostic purposes.
Responded to service call for clogged bathroom sink drain. Upon arrival, inspected the sink basin and drain assembly, noting slow drainage issue. Removed and cleaned the pop-up drain stopper, which had accumulated debris and hair buildup causing the blockage. Tested drain flow after clearing obstruction to confirm proper drainage was restored. Sink is now functioning normally with no standing water or slow drainage issues.
Responded to clogged main drain line. Located and accessed ground-level cleanout, which showed significant deterioration with heavy rust on metal cover and corroded rim components. Upon opening access point, found standing water with sediment and debris accumulation in the basin, indicating complete blockage in the main sewer line. Performed mechanical cable augering through the main drain to clear obstruction and restore proper flow. Removed accumulated debris and sediment from cleanout basin. Verified drainage system functionality and confirmed water flow resumed normally through the line. Recommended monitoring for recurring issues and future cleanout replacement due to advanced deterioration of access components.
Performed comfort consultation and full system replacement estimate for 16-year-old Trane heat pump with propane furnace backup. Existing system diagnosed with failed thermal expansion valve (TXV), prompting homeowner's request for complete replacement options. Documented outdoor condensing unit and indoor air handler/furnace configuration, assessed current installation including refrigerant line routing, ductwork connections, electrical service, and equipment placement in basement mechanical room.
Responded to service call for non-operational air conditioning system. Upon arrival, performed diagnostic evaluation of HVAC unit and thermostat controls. Inspected programmable digital thermostat showing proper display function and verified temperature settings at 72°F with multiple schedule modes available. Examined system control board assembly containing dual-layer PCB with integrated circuits, capacitors, and wire harness connections - all components appeared in good working condition with no visible signs of failure or damage. Completed system assessment and documented equipment condition with photographic evidence of thermostat interface and control board assembly for service records.
Responded to callback for system not cooling following previous frozen evaporator coil issue. Upon arrival, verified thermostat set to cooling mode at 75°F with current room temperature reading 78°F. Confirmed system had thawed from previous freeze-up condition but was no longer providing adequate cooling. Inspected Trane thermostat operation and settings, documented current system status with photos showing display readings and mode selections.
Completed basic monthly cooling maintenance on Rheem HVAC system. Performed visual inspection of air handler unit, verified thermostat operation at 67°F in AUTO mode, checked condensate drain lines for proper flow, and inspected all accessible components for normal operation. System operating within manufacturer specifications with no deficiencies noted.
Completed routine HVAC cooling system maintenance including inspection of thermostat operation, ductwork, and air handler components. Installed two 14 x 25 x 1 air filters that were not changed during previous visit per customer notes. Verified system operating in cooling mode with thermostat set to 76 degrees and fan in auto mode, confirming proper functionality of all inspected components.
Responded to service call for clogged drain and leaking sink at residential property. Successfully cleared drain obstruction and identified source of sink leak. Performed necessary repairs to resolve leaking issue and restored proper drainage function.
Responded to report of outdoor spigot leaking into basement. Upon inspection, located copper pipe penetration through exterior wall with significant deterioration of wall material and sealant around pipe entry point. Found evidence of water infiltration resulting in ice buildup on interior HVAC system components and surrounding surfaces, indicating active leak allowing moisture and cold air to enter conditioned space. Documented corroded copper piping with green patina, compromised wall penetration with exposed cardboard backing material, and frost accumulation on interior mechanical equipment. Identified need for pipe replacement, proper wall sealing, and restoration of weather barrier at penetration point to prevent further water damage and air infiltration.
Replaced failed control board in outdoor HVAC unit. Disconnected all wire harnesses from original board, installed new circuit board, and reconnected all electrical connections including thermostat wiring, compressor leads, and fan motor circuits. System tested and operational upon completion.
Responded to kitchen sink stoppage complaint. Successfully cleared clogged drain in double-basin stainless steel sink, restoring proper drainage and water flow to the fixture.
Completed comprehensive heating maintenance service under CCHP agreement. Performed full system inspection of heating equipment, replaced 20x20x4 air filter, and verified proper operation of both HVAC condenser unit and A.O. Smith ProLine water heater. All components tested and found operating within normal parameters, with agreement renewed through 8/19/26.
Responded to callback for unit freezing and possible refrigerant leak after recent maintenance. Upon inspection, found evaporator coil and refrigerant lines covered in excessive frost buildup, indicating restricted airflow or low refrigerant charge. Documented frost accumulation on copper lines, valve fittings, and coil assembly with photographic evidence. System had minimal runtime since maintenance, suggesting underlying issue with airflow restriction or refrigerant system requiring further diagnosis and correction.
Responded to no cooling complaint on system with recently replaced TXV. Upon arrival, inspected evaporator coil and refrigerant lines. Found significant debris accumulation and contamination between coil fins, restricting airflow and reducing heat transfer efficiency. Noted oxidation on copper refrigerant lines consistent with system age. Documented coil condition with photos showing dirt buildup and discoloration throughout fin assembly. System requires thorough coil cleaning to restore proper airflow and cooling capacity.
Returned to property to complete HVAC system installation by installing electronic air cleaner that was not available during initial equipment installation. Electronic air cleaner successfully integrated with existing Lennox furnace system, ensuring proper filtration and optimal indoor air quality for the customer.
Completed basic monthly cooling maintenance on residential HVAC system. Inspected furnace unit with refrigerant lines and PVC venting, verified Honeywell Home thermostat operation showing 72°F cooling setpoint with proper system response. System operating within normal parameters; customer advised that 20x25x4 filter not included in maintenance agreement.
Performed comprehensive cleaning and inspection of HVAC system. Verified thermostat operation showing 71°F setpoint with system in cooling mode and auto fan configuration. Inspected water heater and associated plumbing connections, confirming proper installation of safety drain pan and secure pipe fittings with appropriate caps in place.
Completed installation of Lennox ductless mini-split system in residential property. Mounted indoor evaporator unit on interior wall beneath vaulted ceiling with exposed beam architecture, utilizing wooden backing board for secure attachment. Installed outdoor condenser unit on pad against exterior brick wall, established refrigerant line set and electrical connections via PVC conduit with proper mounting brackets, and verified system operation upon startup.
# HVAC Maintenance - Cooling System Service
Performed comprehensive basic monthly cooling maintenance on residential air conditioning system. Conducted thorough inspection of outdoor condenser unit, including visual assessment of cabinet condition, fan operation, and mounting stability. Opened electrical disconnect panel to inspect internal wiring connections, capacitor condition, and component integrity.
Utilized digital manifold gauge set to measure and record system operating pressures and temperatures. Connected diagnostic equipment to verify refrigerant charge levels and system performance parameters. Inspected electrical connections at capacitor, noting multiple wire terminations for compressor and fan motor circuits. Verified proper operation of condenser fan motor and assessed airflow through protective mesh guard.
Examined condenser coil fins for debris accumulation and damage. Assessed overall unit cleanliness and environmental conditions around installation site. Verifie